5962-0824203KUC

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Optoisolators - Logic Output include a range of logic-output optical isolators that transfer signals across a wide range of applications. The 5962-0824203KUC, in particular, adds convenient logic control to PC-based systems. This device allows users to quickly configure and customize digital systems for specific applications.

What is 5962-0824203KUC?

5962-0824203KUC is an optoisolator device designed for PC-based systems. It integrates a logic output port and a transformer to provide an isolated digital output signal. This device includes a built-in logic device which is controlled by the PC, and it can be used to transfer signals from one system to another with minimal delay. This can be used to control, tune, route, and measure digital signals.

Performance & Specifications

The 5962-0824203KUC offers improved performance compared to an optocoupler. It has a greater bandwidth with a signal frequency of 200 kHz. It has a fast turn-on time of under 1 us and a fast rise time of 10ns (at 50% supply voltage). It also has a high input/output voltage isolation of up to 1000 V DC or 1000 V rms. The device can operate at temperatures ranging from -40°C to +85°C.

Application Field

The 5962-0824203KUC can be used in a number of applications including low-level digital signal isolation, PC interface, pulse control, power line communication, and in medical imaging. It is especially suited for applications which require a logic output signal or communication between two systems without any direct electrical connections. The device can be used to isolate signals from high-voltage and high-speed data lines to protect the PC from electrical surges.

Working Principle

The 5962-0824203KUC operates on a principle that utilizes an optical coupling between an LED and a photo-transistor to establish an electrically isolated connection. The LED and photo-transistor are integrated in the same package, with the LED driving the photo-transistor across a narrow gap. An internal logic device on the PC is used to control the LED, which then drives the photo-transistor. As the LED is switched on and off, the photo-transistor switches correspondingly, allowing the logic output to be changed as required.

When the LED is switched On, the photo-transistor is switched off. When the LED is switched Off, the photo-transistor is switched On. This creates a weak connection between the two systems, which allows digital signals to be transferred without any direct electrical connections. The LED and photo-transistor also provide electrical isolation of up to 1000 V DC or 1000 V rms, allowing the signal to be insulated from electrical noise or potential power surges.

Conclusion

The 5962-0824203KUC optoisolator device is an excellent choice for isolation of digital signals between two systems. It offers fast turn-on times, high input/output voltage isolation, and minimal signal delay. The device is also reliable and can operate in a wide range of temperatures. It is suitable for pulse control, low-level signal isolation, PC interface, power line communication, and medical imaging applications.

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